Advanced sources for QUantum information technologies and devices: ASQUID

MPBC和蒙特利尔理工大学之间的这个联合项目将为一系列新的高功率可调谐单频光纤激光系统奠定基础，这将使量子技术和量子计算研究社区的用户能够创造出新的方法来操纵量子应用中目前尚未利用的新原子物种。该项目将需要开发用于这种激光器的专门设备和子系统，包括新型波长选择设备和激光控制系统。新型量子增强激光源将成为INO和Valcartier开发最先进的激光雷达和远程光谱应用的兴趣所在。我们相信，随着我们的技术变得可用，其他公司，如Teraxion， ITF和其他公司也将把他们的产品集中在为量子技术市场提供设备上，从而在魁北克开辟新的机会

This joint project between MPBC and Montreal Polytechnique will lay the groundwork for a family of new high-power tunable single frequency fiber laser systems that will allow users in Quantum Technologies and Quantum Computing research communities to create novel methods to manipulate new, currently under utilised, atomic species of interest in quantum applications. The project will entail development of specialized devices and subsystems to be used in such a laser, including novel wavelength selective devices, and laser control systems. New class of quantum-enhanced laser sources will be of interest for INO and Valcartier in their efforts of developing state-of-the-art LiDAR and remote spectroscopy applications. We believe that as our technologies become available, other companies, such as Teraxion, ITF and others will focus their products towards supplying devices for the Quantum Technology markets as well, opening new opportunities in Quebec